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Uk's largest hydrogen plant is approved by planners

Plant set for the Stanlow Manufacturing Complex in Ellesmere Port

Stanlow manufacturing complex at Ellesmere Port(Image: PUBLICITY PIC)

Planning chiefs have approved a ground-breaking hydrogen facility in Cheshire, despite questions being raised over the technology’s true green credentials.

Cheshire West and Chester Council’s planning committee gave the go-ahead to plans by Essar Oil subsidiary Essar Energy Transition (EET) for the first large scale, low carbon hydrogen production plant in the UK located at the Stanlow Manufacturing Complex in Ellesmere Port.

The plant will produce low carbon hydrogen fuel by the process of reforming natural gas, capturing approximately 97 per cent of produced CO2 to allow for its storage as part of a wider related nationally significant infrastructure project.

Consisting of two plants, the new ‘hydrogen hub’ will enable local industrial and power generation businesses to switch from fossil fuels to low carbon energy. The company said this will help to reduce the North West ’s carbon emissions by 2.5 million tonnes every year.

Speaking at the meeting. Richard Holden, project manager at EET Hydrogen, said: “We are the first and most advanced ‘at scale’ low carbon hydrogen production project in the UK, which means we are one of the most advanced in the world right now.

“If I talk about scale, this project will produce more than one gigawatt of low carbon hydrogen. That’s enough energy to power a city the size of Liverpool and in doing so, we will capture more than two million tonnes a year of carbon dioxide, which is the equivalent of taking more than one million cars off UK roads.”

But debate has raged worldwide about the green credentials of the technology. While hydrogen itself is considered a clean fuel, the process of making it usable also requires energy.

This energy can either use renewable sources like wind, water or solar – known as ‘green hydrogen’. Or it can use natural gas, with the resulting carbon emissions captured and stored underground.